Experimental and Numerical Study of Swirling ... - Solid Mechanics
Experimental and Numerical Study of Swirling ... - Solid Mechanics Experimental and Numerical Study of Swirling ... - Solid Mechanics
Experi imental and Numerical N Stud dy of Swirling Flow in Scaveenging Process for 2-Stroke Chapter 4 Marin ne Diesel Engin nes Fig gure 4.7: Ave eraged 3D Veloci ity Fiel ld at z3 L=4D (C Color Con ntour represent th he out of the t plane velocity y com mponent Vz / Vb . 56 Swirling Flow in a Pipe
Experi imental and Numerical N Stud dy of Swirling g Flow in Scaveenging Processs for 2-Stroke Marin ne Diesel Engin nes Figure F 4.8: Averaged 3D Veloc city Fi ield at z5 L=4D (Color Contour represent the out of f the plane velocity co omponent Vz). 4.2.2 Tangentia al Velocityy Profile Chapter 4 The tangential velocit ty V profiles iin figure 4.9 ggive an overvieew of tangentiial velocity distribution at a all measurinng planes and also provide a comparison at ReA and d ReB. The pro ofiles ( V and V ) are preseented along X-axis and at Y= =0 z but by first shifting g the origin of the coorddinate system from cylinder geometr ric center to th he mean centeer of the vorteex core i.e. aloong a horizonttal line thr rough the vo ortex center. A simple alggorithm is useed to find thhe approxim mate average position of tthe vortex cennter. The algoorithm makes a cubic in nterpolation between b differrent points inn the PIV measurement griid 57 Swirling Flow in a Pipe
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Experi imental <strong>and</strong> <strong>Numerical</strong> N Stud dy <strong>of</strong> <strong>Swirling</strong> Flow in Scaveenging<br />
Process for 2-Stroke Chapter 4<br />
Marin ne Diesel Engin nes<br />
Fig gure 4.7:<br />
Ave eraged 3D Veloci ity<br />
Fiel ld at z3 L=4D (C Color<br />
Con ntour represent th he out<br />
<strong>of</strong> the t plane velocity y<br />
com mponent Vz / Vb .<br />
56<br />
<strong>Swirling</strong> Flow in a Pipe
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